Abstract:Zhaoping fault zone is one of three major ore controlling fault zones in Jiaodong area. Seven largescale and super large gold deposits have been proved in TaishangShuiwangzhuang section. In this paper, by using 375 borehole data, a threedimensional geological model of TaishangShuiwangzhuang section has been built. Threedimensional geological structures in the area has been studied systematically, and the distribution and enrichment law of ore bodies based on big data technology have been analyzed. In threedimensional space, main ore bodies in each mining area are distributed along the footwall of the main fracture surface of Zhaoping fault zone. No.1711 ore body and ② ore body are connected as a whole, which is a super large ore body. After compressing main ore bodies in the modeling area, distribution and variation law of the thickness, grade and the product of thickness and grade have been counted. It is showed that the grade distribution of ore body is uneven. The grade in the middle section is relatively high and the grade in the edge is low. The thickness of ore body varies from thick to thin along the strike and tendency. The correlation coefficient between ore body grade and thickness is 0.192. The threedimensional distribution of the product of grade and thickness has formed four mineralization enrichment areas. The relationship between slope and mineralization intensity in mineralization enrichment areas has been carried out. The ore bodies are mainly concentrated in the turning section and gently inclined section in which the structure changes from steep to slow along the inclined direction. In the strike, the soothing section in the structural wavy change is easy to enrich ore bodies.
